Inclusion or Concentration: Latin American Cotton Faces a Reckoning

Across Latin America, cotton sectors are navigating a modernisation wave that is producing sharply unequal results. The technologies exist; so does the research capacity. What remains fragile is the institutional scaffolding that translates both into farm-level change. Dr Marcelo Paytas, Director at INTA – Instituto Nacional de Tecnología Agropecuaria, has spent years working at that fault line, and his diagnosis is precise.

Long Story, Cut Short
  • Latin America's cotton sector is advancing technologically, but smaller producers remain structurally excluded from the same gains as large farms.
  • Sustainability is generating measurable farm-level results where economic incentives align, but risks becoming market rhetoric where they do not.
  • Argentina's research capacity is strong, but macroeconomic volatility and weak extension systems limit consistent, sector-wide technology adoption.
The distance between a validated research finding and its adoption on a working farm is rarely a scientific problem. It is an economic, institutional, and logistical one.
FIELD GAP The distance between a validated research finding and its adoption on a working farm is rarely a scientific problem. It is an economic, institutional, and logistical one. Mark Stebnicki / pexels

texfash.com: Across Latin America, cotton sectors are trying to modernise without losing producers who lack scale, machinery or access to finance. Is the region solving that inclusion problem, or simply creating a two-speed industry?
Marcelo Paytas: Latin America is clearly advancing technologically, but the transition is uneven. In the ALIDA discussions, we observed the coexistence of highly technified large-scale systems alongside family farming systems that still face structural limitations in access to irrigation, machinery, digital technologies, and financing. When innovation is supported by strong institutional frameworks, credit systems, and coordinated public-private strategies would become an opportunity. However, many smaller producers across the region still struggle to access those same opportunities.

So, at present, I would say the region is partially modernising through a “two-speed” process. Nevertheless, the objective of networks such as ALIDA is precisely to reduce those asymmetries through regional cooperation, technology exchange, participatory research, and stronger extension systems. The key challenge is ensuring that innovation remains scalable and adaptable for different production realities, not only for highly capitalised farms.

Many countries now speak of sustainability, resilience and traceability in cotton. How much of that language is translating into measurable farm-level gains, and how much remains market-facing rhetoric?
Marcelo Paytas: There is certainly a market dimension, especially because international regulations and textile supply chains increasingly demand traceability and sustainability indicators. However, in Latin America many of these concepts are also becoming operational realities at farm level.

For example, regenerative agriculture practices, cover crops, improved irrigation efficiency, conservation systems, biological inputs, and precision agriculture are already generating measurable gains in water-use efficiency, soil health, yield stability, and reduced production risks under climate variability. Similarly, traceability systems are helping improve fiber quality control and market positioning.

That said, adoption remains heterogeneous. Large and export-oriented systems are moving faster because they can better absorb costs and certification requirements. For smallholders, sustainability must also generate direct economic benefits; otherwise, it risks becoming only a market narrative. The future depends on linking sustainability with profitability, resilience, and better producer incomes.

Research institutions across the region remain central to cotton innovation, yet adoption gaps persist. Is the bigger constraint weak science, weak extension systems, or weak economics for growers asked to invest in change?
Marcelo Paytas: In my opinion, the principal limitation is not weak science. Latin America has strong scientific capacity through institutions such as INTA, EMBRAPA, INIA, AGROSAVIA and others. The region generates valuable research in genetics, irrigation, crop protection, soil management, and sustainability.

The greater challenge lies in the connection between knowledge generation and practical adoption. Extension systems often operate with limited resources, while many producers face difficult economic conditions and high investment risks. Under climate uncertainty, adopting new technologies is not simply a technical decision — it is an economic one.

Therefore, the main gap is the integration of science, extension, financing, and long-term public policies. Successful innovation requires not only good technologies, but also accessible credit, training, local adaptation, and institutional continuity.

Regional Cotton Dynamics
  • Latin America's cotton modernisation is advancing through two distinct production tracks: large-scale, capitalised farms and structurally limited family farming systems.
  • ALIDA promotes regional cooperation and technology exchange as a mechanism to reduce asymmetries between different production realities across member countries.
  • Regenerative practices including cover crops, biological inputs, and precision irrigation are generating measurable gains in water-use efficiency and yield stability.
  • Traceability systems are improving fibre quality control and market positioning, particularly in export-oriented operations facing international supply-chain requirements.
  • Sustainability adoption remains heterogeneous across the region, with smallholders requiring direct economic benefits before sustainability shifts from narrative to practice.
Argentina's Cotton Sector
  • A minority of largescale growers control most of Argentina's cotton area, while small and medium producers constitute the majority of farmer numbers.
  • The most consistent productivity gains came from mechanised harvesting and transgenic varieties, improving efficiency, pest management, and yield stability across the sector.
  • Narrow-row cropping systems delivered meaningful gains under specific conditions, but outcomes depend heavily on cultivar selection, planting density, and management quality.
  • Digital agriculture holds long-term potential but faces connectivity gaps, investment costs, and scale barriers that limit current operational impact for most producers.
  • Argentina's institutional base including INTA, cooperatives, and extension networks retains capacity to support collective adoption, provided economic conditions and policy continuity stabilise.

Your article in 'ICAC Recorder' shows a sharply uneven production structure: a minority of large growers’ control most of the cotton area, while small and medium producers make up the bulk of farmer numbers. Can Argentina modernise the sector without accelerating that concentration?
Marcelo Paytas: That is one of the central strategic questions for Argentine cotton. Mechanisation, biotechnology, precision agriculture, and digital systems naturally favour scale economies, so there is a real risk of further concentration if modernization occurs without differentiated support policies.

However, modernization and inclusion do not necessarily have to be contradictory. Argentina still has strong institutional capacities, producer associations, cooperatives, and territorial research-extension networks that can help smaller producers access technologies collectively. Shared machinery schemes, adapted technologies, technical assistance, and associative models can reduce barriers to adoption.

The key issue is whether modernization is designed only around productivity indicators or around territorial sustainability and rural livelihoods as well. Cotton remains socially and economically important in many regional economies, particularly in northern Argentina.

You describe strong progress in mechanisation, transgenic varieties, narrow rows and digital agriculture. Which of these has delivered the clearest productivity gains, and which has been overstated in practical field conditions?
Marcelo Paytas: The clearest and most consistent productivity gains in Argentina have come from the combination of mechanisation and transgenic technologies. Mechanised harvesting dramatically improved operational efficiency and reduced dependence on manual labor, while transgenic varieties improved pest and weed management, yield stability, and production reliability.

Narrow-row systems also contributed significantly under certain production conditions, particularly by improving canopy closure, reducing evaporation, and increasing operational efficiency. However, their success depends strongly on cultivar choice, planting density, environmental conditions, and management quality.

Digital agriculture has enormous long-term potential, especially for irrigation management, monitoring, and precision applications. But in practical field conditions its adoption is still uneven. In many regions, connectivity limitations, investment costs, training needs, and farm scale reduce its current impact. So, while digital agriculture is strategically important, some expectations may still be ahead of the present operational reality for a large part of producers.

Argentina appears to have a robust institutional research base through INTA and others, yet your article still highlights competitiveness, climate variability and adoption gaps as key challenges. What is missing between technical capability and sector-wide results?
Marcelo Paytas: Argentina possesses strong technical knowledge and institutional experience, but innovation systems require stable long-term conditions to generate broad sectoral transformation. The missing link is often state policies and economic continuity.

Producers operate under high macroeconomic volatility, fluctuating profitability, climate risks, financing constraints, and infrastructure limitations. Under those conditions, even validated technologies may not scale consistently across the sector.

In addition, technology transfer is not simply about publishing research results. It requires sustained extension work, producer trust, local adaptation, training, demonstration networks, and coordinated value-chain strategies. In cotton particularly, competitiveness depends not only on farm productivity but also on logistics, fiber quality, traceability, industrial integration, and market positioning.

That is why the ALIDA meeting emphasized regional cooperation and integrated value-chain approaches. Scientific capability already exists in many areas; the challenge now is converting that knowledge into stable, inclusive, and competitive production systems at scale.

Marcelo Paytas
Marcelo Paytas
Director
INTA – Instituto Nacional de Tecnología Agropecuaria

The greater challenge lies in the connection between knowledge generation and practical adoption. Extension systems often operate with limited resources, while many producers face difficult economic conditions and high investment risks. Under climate uncertainty, adopting new technologies is not simply a technical decision—it is an economic one.

Subir Ghosh

SUBIR GHOSH is a Kolkata-based independent journalist-writer-researcher who writes about environment, corruption, crony capitalism, conflict, wildlife, and cinema. He is the author of two books, and has co-authored two more with others. He writes, edits, reports and designs. He is also a professionally trained and qualified photographer.

 
 
 
Dated posted: 26 May 2026 Last modified: 26 May 2026